Luos is an open-source development tool that enables the creation of modular cyber-physical systems by encapsulating embedded features into independent services. It eliminates the need for complex software communication architectures, allowing developers to easily scale and manage their systems across various networks and devices.
Funding
$532.9K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Creating complex cyber-physical systems often requires developers to build intricate software communication architectures, increasing development time and complexity. Scaling and managing these systems across diverse networks and devices presents further challenges.
Solution
Luos provides an open-source development tool that simplifies the creation of modular cyber-physical systems by encapsulating embedded features into independent services. The engine eliminates the need for complex software communication architectures, enabling developers to easily scale and manage their systems. Luos allows developers to detect and utilize any service API accessible from anywhere, regardless of the network. The tool supports remote control of any service, whether it's on a local computer, another machine, or within a cloud application.
Target Audience
Luos is designed for developers working on cyber-physical systems who need a tool to simplify development, improve scalability, and manage complexity across various networks and devices.
Features
- Runs on diverse systems, from supercomputers to 8-bit microcontrollers.
- Supports multiple networks simultaneously, including UART, WIFI, CAN, and RS485.
- Includes a bootloader for updating firmware remotely.
- Offers digital twin capabilities for remote control of services.
- Provides existing bridges with technologies like ESP32, Arduino, PlatformIO, Eclipse, VS Code, ROS-1, ROS-2, and FreeRTOS.
- Enables encapsulation of embedded features into independent, loosely coupled services.